Abstract: A heat exchanger assembly includes a pair of opposing header tanks and a heat exchanger core disposed between the opposing header tanks. The heat exchanger core is formed by a plurality of parallel arranged carrier modules with at least one fluid channel disposed adjacent each of the carrier modules. Each of the fluid channels is configured to receive a dielectric coolant passed between the opposing header tanks. Each of the carrier modules includes a frame and at least one cell pocket merged with the frame. Each of the cell pockets is configured to receive a substantially cylindrical battery cell therein.

Abstract: A housing for a heat exchanger comprising includes a first housing portion having and a second housing portion. The first housing portion has a U-shaped cross-section. The second housing portion cooperates with the first housing portion to define a chamber. The chamber receives a heat exchange assembly. The second housing portion is configured as a plate.

Abstract: A system for processing credit card related transactions is provided. According to one aspect of the system, the system adopts a three-layered architecture having an access layer, a system service layer and a base platform layer. The system further includes a number of core processing applications and their associated data. The core processing applications and their associated data are accessible through the access layer. The base platform layer includes a number of different technology platforms and their associated hardware. The system services layer provides a number of system services which are used to support the system and is used to insulate the access layer from the base platform layer. The access layer is used to provide access to the core processing applications and their associated data. The access layer offers a number of services to allow the core processing applications and their associated data to be accessed in a transparent manner.